posted 1 month ago
This was a thought-provoking question. I've been stewing on it since it was posted, and I've thought of a few. In rough time order:
In junior high school and early high school, I read a lot of sci-fi and fantasy, some good, some not so good. But, I did read a lot of Robert Heinlein, which probably planted the seeds of my libertarian leanings, especially "The Moon is a Harsh Mistress".
In high school, my chemistry teacher's first assignment for us was to read "Inherit the Stars", by James P. Hogan, which is sci-fi about the scientific method, and its use or lack thereof, and what happens if you discard discordant data and outliers. Later, I read both Thomas Kuhn's "The Structure of Scientific Revolution" and "Conjectures and Refutations" by Karl Popper. These go to the heart of epistemology: how do we know what we know, do we really know what we think we know, what are limits of human knowledge, what level or certitude of "knowing" is sufficient to be useful? Kuhn's "true enough" model of science is more useful in day-to-day life than Poppers "not yet disproven". Philosophically, Popper is correct about the limits of human knowledge, but where the rubber actually meets the road, Kuhn rules the day - at least in my opinion.
Slightly out of time order, but thematically related, is "Foundations of Mechanical Accuracy" by Moore, which is amazing if you care about generating mechanical precision from scratch. This is closely related to the epistemological questions in the above books.
My high school chemistry teacher also turned me on to james Gleick's "Chaos", about the behavior of systems with recursion or feedback loops. Even trivially simple equations can lead to "chaos" - behavior that, if simply observed, would be indistinguishable from random noise. Tweak a gain parameter slightly, and the system may settle back down into predictably cyclical behavior. Tweak it back - chaos! This book also describes and gives many examples of fractals, in layman's terms. Later, I read Nassim Nicholas Taleb's "Fooled by Randomness", in which he explains, among other things, that if a system's underlying random generator function is sufficiently non-Gaussian (not a classic bell curve) - Levy alpha-stable is one example given - then the "skewness" of that distribution ("long tails" is the common way of describing such a distribution) may preclude the useful employment of the standard statistical tools. That is, the first moment (average) may be computable for some sample set of the onserved data, but the underlying distribution itself has an undefined first moment - the "average" doesn't even exist - so the sample mean is useless for understanding the actual system's behavior. Thus, anything built on computed averages, standard deviations and the like will be on a foundation of quicksand if the underlying distribution is sufficiently "wild". This also has bearing on things like whether short-term variations from some computed "average" - say, ambient temperature, or rainfall - are meaningful in the way commonly conceived, or whether the erratic and sometimes wild excursions from whatever anchor or baseline condition we use as a reference (typically, something within our own lifespans) might simply be the result of non-linear dynamics in complex interconnected systems with feedback. Along these same lines (modeling from observed data), Pandit's "Data Dependent Systems" is worth a look - attempting to empirically fit successively more complicated models to measured data in a systematic and objective way. However, Pandit's method does rely on assumptions about the underlying distribution(s) - true enough, no doubt in many mechanical systems, but for things like asset pricing (among his chosen examples), which are as much a function of human psychology ("fear and greed") as anything, this may not be a good assumption. So, beware.
D'Arcy Wentworth Thompson's "On Growth and Form" is now somewhat deprecated, but is still absolutely enchanting, showing that simple mathematical (geometrical) transformations can alter one identifiable species of plant or animal into the shape of another.
Back in my sci-fi days, Kim Stanley Robinson's Mars trilogy - "Red Mars", "Green Mars" and "Blue Mars" - made me think about terra forming, and whether human efforts at modifying the landscape can have positive effects. Obviously, I believe that we can, else I wouldn't be here at permies, but I also believe that we should play "small ball" - experiment in our own back yards - rather than trying to do grand projects to alter global-scale behavior, as Robinson entertains.
George Hauk's "The Aqueduct of Nemausus" first made me appreciate the importance of project management in engineering and construction efforts, in a very readable fictionalized telling of the construction of the aqueduct that fed the Roman colony at what is today Nimes, France.
"A Pattern Language" by Christopher Alexander is amazing, but I still haven't figured out how to really make use of it. It's still too big for me to get my (mental) arms around it.
Joseph Jenkin's "The Humanure Handbook" made me think differently about disposing of human "waste" and of closing nutrient cycles. This followed on the heels of King's "Farmers of 40 Centuries".
Jaques Heyman's translation of Coulomb's "Memoir on Statics" helped my to understand what makes masonry arches, vaults and domes stay up - or collapse. If you read French, you can go straight to Coulomb, but my French is rusty enough that Heyman is very helpful. It also explains why ancient and medieval masons could simply size up scale models of structures and have something that would (in general) work, given adequate foundations, etc. (and why you can, too!).
Chris Schwartz's "Anarchist" series - "Anarchist's Tool Chest", "Anarchist's Workbench", and "Anarchist's Design Book" - have helped me to see how to build enduring furniture with simple (and cheap) hand tools. A few power tools can make the process a bit quicker - maybe a band saw, table saw, and thickness planer will remove some of the "bull work"of breaking down and roughing the stock to size - but hand tools can work. Now, my hands need to learn what my head knows - learn by doing. As you may guess, this is a common theme - a flaw - with me.
Hermann Phleps book on log construction (I have the English translation by MacGregor titled "The Craft of Log Building", but the German original is published as "Der Blockbau") is growing on me, and has made me contemplate how best to build enduring wooden structures. I also have a bunch of timber framing books, most of which are good, but none of which I can say stand out head-and-shoulders above the rest. I'd like to pick up a copy of Phleps "Allemannische Holzbaukunst" - roughly, "German Timber Framing" - because i suspect it will be the equal of his log construction book, but it is uncheap, used or otherwise. "The Craft of Log Building" is not a construction manual; if that's what you're looking for, look elsewhere. It's more an encyclopedia of traditional methods and techniques, with examples of what worked poorly (structures only a couple of hundred years old) and what worked well (structures many hundreds of years old), and why that might have been so in a particular context. Lots of Permie-friendly stuff in there - cannot recommend it highly enough if you are interested in log construction, or traditional timber construction, generally. Everything from harvesting trees to building sod roofs, it's in there. I really ought to do a review of this book, once I figure out how to do that properly on this forum.
Glen Fritz's "The Lost Sea of the Exodus" helped me to understand how something as basic as regional geographical knowledge might be ignored and forgotten, even though it is plainly visible to anyone who cares to look.
Edmund Storms's "The Science of Low Energy Nuclear Reactions" was a good summation of the rather bumpy experimental efforts to confirm (replicate) the effects of "cold fusion", first made widely known by Pons and Fleischmann (and the University of Utah press conference circus), though the antecedents of occasionally observed weirdness in electrochemical cells went back to at least the 1920s. I am doubtful that any current theory of what is happening is "true enough" to adequately encompass the totality of experimental observations (I'd conjecture that there is more than one mechanism at work, and that nature is more wild and wonderful than we at first appreciate), but Storms is still a good overview, even if he advocates for his own viewpoint. This also made me realize how political (even corrupt) science funding has become.
David Lyle's "The Book of Masonry Stoves" changed my notions of space heating (or, as it turns out, people heating). This lead me to rocket stoves and bench heating and sucked me into the Permies forums, even though I'd had a passing acquaintance with permaculture, previously (</sarc on> "Lucky you!" </sarc off>).
"The Transmission of Epidemic Influenza" by Edgar Hope-Simpson made me re-think my mental model of seasonal influenza (which is not a trivial consideration for those of us who live at high latitudes in the northern hemisphere). From this, I dug more deeply into the role of Vitamin D in human immunology - and health, more generally - and into nutrition and wellness, more broadly.
On the heels of the previous, Thomas Seyfried's "Cancer as a Metabolic Disease". This is heavy going, and not for the faint of heart. I am still not all the way through it. I've heard that Travis Christofferson's "Tripping over the Truth" is more accessible, but I haven't tracked down a copy, yet - went right for the big guns!
Of late, much of my reading and learning is online - videos, webcasts, podcasts, Substacks and manifestos - though I still have stacks and stacks of books around, which I am reading, re-reading or which are still waiting in the wings to be read. Much to my wife's chagrin (the clutter irritates her, but she still purports to love me)! At least the digital stuff just fills up my head and hard drive, but doesn't clutter up the house. One of these days, I ought to mass-produce a bajillion barrister's bookcases - so many projects...
That's probably a long enough litany, for now. I'm sure there are many more, which will later come to mind, but this is a start. I often entertain the notions of heterodox thinkers and heretics. Sometimes, they change my mind.